Question

In: Economics

Consider two individuals who have the same wealth level and probability of experiencing the same large...

Consider two individuals who have the same wealth level and probability of experiencing the same large health shock (and associated large financial shock). Individual A is more risk averse than individual B. Which individual is willing to pay a greater premium for health insurance?

a. Individual A

b. Individual B

c. Neither; individuals A and B are willing to pay the same premium, since they face the same risk

d. Cannot be determined

Solutions

Expert Solution

Option a is correct.

Two individuals who have same wealth level and probability of experiencing the same large health shock and associated with large financial shock. Individual A is more risk averse than individual B. Individual A is willing to pay a greater premium for health insurance. Because even both individuals have same probability of risk, Individual A is risk averse. So he will always try to avoid the risk associated with health shock and financial loss due to health shock. Therefore, he always willing to pay a greater premium for health insurance

All other options are wrong. Because individual A is risk averse than individual B


Related Solutions

7: Consider Emily who has a personal wealth of $10,000, and has a probability of 0.2...
7: Consider Emily who has a personal wealth of $10,000, and has a probability of 0.2 of losing her car worth $6,400 in an accident. Her utility (of wealth) function is given by  u(w) =  w0.5, (w = wealth).      (a) What is Emily's expected wealth, expected utility, and utility of expected wealth? How much would it cost her if she can insure "fully", and if this insurance is fair? (b) For full insurance, what is the max amount Emily would pay?...
7: Consider Emily who has a personal wealth of $10,000, and has a probability of 0.2...
7: Consider Emily who has a personal wealth of $10,000, and has a probability of 0.2 of losing her car worth $6,400 in an accident. Her utility (of wealth) function is given by u(w) = w0.5, (w = wealth). (a) What is Emily's expected wealth, expected utility, and utility of expected wealth? How much would it cost her if she can insure "fully", and if this insurance is fair? (b) For full insurance, what is the max amount Emily would...
1. Consider two individuals. Both earn the same amount and choose to save the same amount....
1. Consider two individuals. Both earn the same amount and choose to save the same amount. However, the first agent is more risk averse than the second. i) Do you expect the saving portfolios to be different for the two agents? Which of the two is more likely to hold stocks? Now, assume that the second individual is actually much wealthier than the first. ii) Do you expect the two agents to rely on the same type of financial intermediaries?...
1) What is the probability that two individuals will have five sons in a row? 2....
1) What is the probability that two individuals will have five sons in a row? 2. In humans, freckles are dominant over no freckles. A man with freckles marries a woman with no freckles. They have three children, two of whom have freckles and one of whom does not. a. What is the man’s genotype? b. What kind(s) of gametes can he produce? c. What is the woman’s genotype? d. What kind(s) of gametes can the woman produce? e. What...
Consider two planetary orbits with the same energy E.  If the two planets have the same mass,...
Consider two planetary orbits with the same energy E.  If the two planets have the same mass, but orbit A has a smaller angular momentum than orbit B, which of the following is true? A. Orbit B is open.  Orbit A is closed. B. Orbit B has a smaller semimajor axis than orbit A. C. The period of orbit A is greater than that of orbit B. D. Orbit A is more elongated (more eccentric) than B. True or false: Light always...
Consider an economy with identical individuals who live for two periods. Half of the workers are...
Consider an economy with identical individuals who live for two periods. Half of the workers are in the 1st, the other half in the second period of life. Their utility function is ut= log(ct) in each period. They work in the first period and receive an income 100 and are retired in the second period and receive no income. They can save as much of their income as they like in bank accounts, earning an interest rate of r per...
Consider two hypothetical market areas of approximately the same size and level of demand for health...
Consider two hypothetical market areas of approximately the same size and level of demand for health services whose effective demand—the aggregate (quantity) of healthcare service that customers/patients are actually buying at the current market price—is nonetheless different. Specifically, what factors do think may determine the effective demand for the two areas. Apply the following parameters to the respective service areas related to the use of a private physician clinic: Service Area Service area A Service Area B Potential physicians’ visits...
Assume that two individuals (A and B) develop the same type of cancer. Both individuals are...
Assume that two individuals (A and B) develop the same type of cancer. Both individuals are given the best treatment found to be effective against cancer. Individual A responds well to treatment, while individual B does not. Using what you have learned, provide a specific type of cancer and an explanation for why there was a difference in response to treatment
The nurse is admitting a client who is experiencing severe abdominal pain, a hemoglobin level of...
The nurse is admitting a client who is experiencing severe abdominal pain, a hemoglobin level of 8.6 and with difficulty passing of flatus. The client reports having emesis that looked like the food he just ate for one week prior to coming to the Emergency Room. An order to 1500 mL of IV fluid replacement over 90 minutes is ordered prior to receiving blood products. (20 points each) Describe the additional history will nurse anticipate gathering and why. Identify potential...
Two cars are on a level air track. They have the same mass as each other....
Two cars are on a level air track. They have the same mass as each other. The red car is given a push so that it moves toward the blue car with an initial speed of 2 m/s, while the blue car is given a push so that it moves toward the red car with an initial speed of 4 m/s. If the cars completely stick together, find their combined speed after the collision. 2. This is an inelastic collision,...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT